Loongson’s Innovative Approach to Chip Design Gains Attention in the CPU Market.
The tick refers to the incremental updates to existing designs.
The Rise of Loongson
Loongson, a Chinese company, has been making waves in the CPU market with its innovative approach to chip design. The company’s fourth generation of CPUs is gaining attention for its unique strategy of adopting a “tock-tock” approach. This approach involves both architectural innovation and incremental updates to existing designs.
Key Features of Loongson’s Fourth Generation
The “Tock-Tock” Strategy
The “tock-tock” strategy is a key component of Loongson’s fourth generation.
A New Era for Loongson: Ditching the Tick-Tock Strategy
For the past three generations, Loongson has employed the tick-tock strategy, a well-established approach in the semiconductor industry. This strategy involves alternating between high-end and low-end products to balance production and revenue. However, the Chinese manufacturer has reportedly decided to abandon this approach and adopt a new strategy.
The Tick-Tock Strategy: A Brief Overview
The tick-tock strategy was first introduced by Intel in the 1990s. This approach allows companies to:
The Loongson Tick-Tock Strategy
Loongson has adopted the tick-tock strategy for the past three generations. This approach has allowed the company to:
A New Era for Loongson: The Switch to a New Strategy
However, Loongson has reportedly decided to switch gears and adopt a new strategy.
The chip is also equipped with a 3D stacked memory controller and a 3D stacked cache.
The Loongson 3B6600: A New Challenger in the CPU Market
The Loongson 3B6600 is a high-performance CPU designed by the Chinese company Loongson. This new CPU is claimed to be capable of performing at the same level as Intel’s 12th- and 13th-generation CPUs, which are considered to be among the fastest consumer-grade CPUs available in the market.
Technical Specifications
The Loongson 3B6600 boasts an impressive technical specification sheet, with eight LA864 cores that operate at a clock frequency of just 3 GHz.